TWI578829B - Generation, at least in part, of at least one service request, and/or response to such request - Google Patents

Description

Technique for generating, at least in part, at least one service request and/or response to the request Field of invention

The disclosure herein relates to at least partially generating at least one service request (eg, for receipt by one or more cloud computing networks), and/or a response to the request (eg, by the one or more cloud computing network).

Background of the invention

A conventional cloud radio access network (C-RAN) includes a cellular address that communicates with a cloud computing network over a fiber optic link. The cellular caller communicates wirelessly with the cellular addresses. The cloud computing network is used as a centralized virtual station (referred to as a baseband unit pool) for high-order broadband cellular signal processing, packet encoding/decoding processing, and the like. The cellular addresses are primarily used (and thus, substantially only those components that require operation) for remote radio head devices and antennas for low-order cellular signal processing. Depending on the particular implementation, the cloud computing network may provide additional services such as content distribution, distributed services, and/or deep packet inspection services.

In this conventional C-RAN, the cloud computing network includes a high performance computing node that is capable of providing a significant degree of processing bandwidth. In this kind of knowledge In a network, the typical functionality provided by the cloud computing network typically does not consume a significant amount of available processing bandwidth for the cloud computing network.

According to an embodiment of the present invention, a network-connectable device that is at least partially coupled to a network is provided, the device comprising: a first circuit configured to be at least partially included in at least one cloud computing network, the A circuit for generating at least one response to the at least one service request, the at least one response being based at least in part on the at least one service parameter and the at least one service request, the at least one cloud computing network for transmitting the at least one wireless network Receiving the at least one service request and the at least one service request, the at least one service request being generated at least in part by a second circuit at least partially included in the at least one mobile device for communicating over the at least one wireless network, the at least one The service parameter is based at least in part on profile information that is at least partially coupled to the at least one cloud computing network, the at least one wireless network, and the at least one mobile device.

7‧‧‧Hive network

10A-N‧‧‧Location

31A-N‧‧‧Software Processing Program

50, 53‧‧‧Package

70A-N‧‧‧Remote Radio Head (RRH)

100‧‧‧ system

101‧‧‧Software Definition Network (SDN)

110‧‧‧Network

118A-N, 121‧‧‧ circuits

130‧‧‧Cloud Computing Network (CCN)

131‧‧‧Cloud Radio Access Network (C-RAN)

135, 193‧‧ ‧ wireless network

150A-N‧‧‧ mobile device

151A-N‧‧‧Wireless/Hive Communication Link

152A-N‧‧‧Hive Phone Circuit

160A-N‧‧‧Compute Node

170A-N‧‧‧Server

190‧‧‧Respond

192‧‧‧Service request

194‧‧‧Service parameters

196‧‧‧ Outline Information

202, 350‧‧‧Media Streaming

205, 207‧‧‧ encoding format

213‧‧‧Modification

218, 218’, 352‧ ‧ audio information

220‧‧‧ Voice content

222, 230, 354‧ ‧ video information

223, 270, 285, 356‧ ‧ images

224‧‧‧Speaking/written translation

226, 271‧‧‧written/text transcript

232A-N‧‧ character

250‧‧‧ Transcription processing

252‧‧‧Language translation processing

290‧‧‧ character recognition processing

295‧‧•Image Processing

297‧‧‧Volume normalization

299‧‧‧Image normalization/correction processing

304‧‧‧User input device

306‧‧‧Media capture device

308‧‧‧Audio capture device

310‧‧‧Image and/or video capture device

312‧‧‧Wireless and/or cellular communication devices

320‧‧‧Media playback device

322‧‧‧Static image and / or video display / playback device

324‧‧‧Audio playback device

330‧‧‧Static image and / or video camera

402‧‧‧Use information

404‧‧‧Configuration Information

406‧‧‧ Service Contract Information

408‧‧‧ Load Balancing Information

410A-N‧‧‧ service

420A-N‧‧‧SDN Service Contracts and/or Policies

The features and advantages of the embodiments will become more apparent from the detailed description of the preferred embodiments of the preferred embodiments in which 1 illustrates a network system embodiment.

Fig. 2 illustrates a characteristic member in an embodiment.

Fig. 3 illustrates a characteristic member in an embodiment.

Fig. 4 illustrates a characteristic member in an embodiment.

Although the detailed description of the preferred embodiment will be referred to in the following The example is carried out, but it is obvious to those skilled in the art that many alternatives, modifications, and variations are readily apparent. Therefore, it is expected that the subject matter of the claimed patent will be viewed in a broad sense.

Detailed description of the preferred embodiment

FIG. 1 illustrates a network system embodiment 100. System 100 can include at least a portion of one or more software-defined networking (SDN) 101. SDN 101 can be, include, be included in, and/or coupled, for example, at least in part, one or more Cloud Computing Network (CCN) 130 and/or Cloud Radio Access Network (C-RAN) 131. For example, in this embodiment, one or more SDNs 101 can include at least a portion of one or more C-RANs 131 that can include at least a portion of circuitry 121. One or more C-RANs 131 and/or CCNs 130 may be communicatively coupled to at least a portion of one or more other networks 110 (eg, which may be physically, logically, and/or virtually at least partially in C- The RAN 131 and/or CCN 130 are external and/or coupled to one or more wireless networks 135.

In this embodiment, one or more C-RANs 131 can exchange instructions and/or data at least in part through one or more communication protocols, such as one or more Long Term Evolution (LTE) protocols. An embodiment of such LTE is disclosed in "LTE; Evolved Universal Terrestrial Radio Access (E-ULTRA) LTE Entity Layer; Generic Description (3GPP TS 36.201 Version 11.1.0 Release 11)", February 2013 by Eurotel Standard Association Announcement. Of course, without departing from this embodiment, one or more C-RANs 131 may communicate using one or more other and/or additional communication protocols (including other related LTE protocols).

The one or more wireless networks 135 can include at least a portion of one or more cellular (e.g., cellular telephone and/or data carrier) networks 7. One or one The plurality of cellular networks 7 may include at least a portion of one or more (and in this embodiment, a plurality of) remote radio heads and/or associated antennas and/or circuits (RRH) 70A...70N .

Circuitry 121 can include at least some one or more (and in this embodiment, a plurality of, for example, high performance) computing nodes 160A...160N. Compute nodes 160A...160N may be or include at least a portion of servers 170A...170N. Servers 170A...170N and/or compute nodes 160A...160N may execute and/or reside therein in at least a portion of software processing programs 31A...31N that may provide at least partial services (eg, C-RAN, CCN, and / or other services) 410A...410N (refer to Figure 4) which may be characterized according to this embodiment.

Depending on the particular characteristics of one or more of the networks 100 and/or 101, the RRHs 70A...70N may be permeable to one or more (and in this embodiment, multiple) wireless/cellular communication links 151A. . . . 151N, communicatively coupled to one or more (and in this embodiment, a plurality of) mobile devices 150A . . . 150N. Mobile devices 150A...150N may include at least a portion of individual circuits 118A...118N that may include at least a portion of individual cellular/holophone circuits 152A...152N. Mobile devices 150A...150N, circuits 118A...118N, and/or cellular telephone circuits 152A...152N may be located, transmitted, and/or received in at least a portion (eg, geographic) location 10A.. .10N. The result is at least partially communicatively coupled to one or more of RRHs 70A...70N, one or more cellular networks 7, and/or one or more wireless networks 135, mobile devices 150A...150N Circuitry 118A...118N, and/or circuits 152A...152N can pass through one of RRHs 70A...70N, one or more cellular networks 7, and/or one or more wireless networks 135 Or more than one communication. This allows mobile devices 150A...150N, circuits 118A...118N, and/or circuits 152A...152N can be with each other, with one or more CCN 130, C-RAN 131, network 110, circuit 121, node 160A.. .160N, and/or servers 170A...170N exchange data and/or instructions.

In this embodiment, one or more CCNs 130 may assist at least partially one or more (and in this embodiment, multiple) virtual and/or logical computing environments (not shown) that may be at least Part one or more (and in this embodiment, a plurality of) users, renting users, etc., according to and/or as at least partially one or more (and in this embodiment, multiple) SDN services Contracts and/or policies 420A...420N are required to be linked and/or used. Services 410A...410N may be provided in accordance with at least some of these contracts and/or policies. Such services 410A...410N may be based on and/or as one or more of one or more of the mobile devices 150A...150N and/or one or more of such devices 150A...150N These service contracts and/or policies 420A...420N are specified for use.

In this embodiment, a (eg, high performance) computing node can be or include one or more physical, logical, and/or virtual computing entities, such as one or more hosts. In still another embodiment, the terms host computer, host, platform, server, client, network node, and node are used interchangeably and can represent, for example, but not limitation, one or more terminal stations, actions Internet devices, smart phones, media devices, input/output (I/O) devices, tablets, appliances, intermediate stations, network interfaces, clients, servers, and/or portions thereof. In this embodiment, a network may be or include any mechanism, means, modality, and/or portion thereof that allows, assists, and/or permits A small number of two or more entities are communicatively coupled together. In this embodiment, an SDN can be or include a network that can have one or more features, configurations, capabilities, and/or operations that can be at least partially, under control, and/or used. At least partially planned, and/or one or more (eg, software) programs, application programming interfaces (APIs), and/or processes are defined, established, maintained, and/or modified. In this embodiment, a policy may implement, assist, and/or specifically implement one or more portions of at least a portion of one or more service contracts.

In this embodiment, the first entity can be "communicatively coupled" to the second entity if the first entity is capable of transmitting and/or receiving one or more commands and/or data from a second entity. entity. In this embodiment, the materials and information are used interchangeably and may be or include one or more instructions (eg, one or more program instructions), and/or one or more of the instructions may be or contain data And / or information. Moreover, in this embodiment, an instruction, program, and/or software may include data and/or one or more instructions. In this embodiment, a packet may be or contain one or more symbols and/or values. In this embodiment, a communication link can be or include any mechanism capable of and/or permitting at least a portion of at least two entities to become or become communicatively coupled. In this embodiment, a cellular telephone network can be or include at least a portion of circuitry capable of permitting at least some cellular voice and/or data communication between at least two entities.

In this embodiment, the "circuit" may include, for example, a single or any combination, an analog circuit, a digital circuit, a wired circuit, a programmable circuit, a coprocessor circuit, a state machine circuit, and/or a memory. Contains program instructions that can be executed by a programmable circuit. In this embodiment, a process , a host processor, a central processing unit (CPU), a processor core, a core, and/or a controller each may include an individual circuit capable of performing at least a portion of one or more arithmetic and/or logical operations, and/or performing at least a portion One or more instructions.

In this embodiment, the memory, the cache, and the cache memory each may include one or more of the following types of memory: semiconductor firmware memory, programmable memory, non-electrical memory Body, read-only memory, electrical programmable memory, random access memory, flash memory, disk memory, optical disk memory, and/or other computer readable and/or writable memory. Although not shown in the drawings, circuit 121, nodes 160A...160N, servers 170A...170N, devices 150A...150N, circuits 118A...118N, circuits 152A...152N, and/or Or other components of network 100 and/or 101 may include (eg, computer readable) memory that can store one or more instructions when, for example, such components of network 100 and/or 101 Execution may result in at least a portion of such components performing, at least in part, operations performed by such components as described herein. For example, execution of such instructions by circuit 121, nodes 160A...160N, and/or servers 170A...170N may result in at least portions of circuit 121, nodes 160A...160N, and/or servers. At least part of the processing programs 31A...31N are executed in 170A...170N. Execution of such handlers 31A...31N may result, at least in part, in circuit 121, nodes 160A...160N, and/or servers 170A...170N in accordance with at least a portion of the SDN service contract and/or policy 420A.. .420N provides services 410A...410N.

In this embodiment, a portion or subset of an entity may include All or less than all subsets. In this embodiment, a set may include one or more components. In addition, in one embodiment, a processing program, a thread, a wizard, a program, a driver, an operating system, an application, a core, and/or a virtual machine monitor may each include (1) at least a portion and/or (2) ) causing execution of at least a portion and/or from one or more operations and/or program instructions. In this embodiment, an API may be or include one or more physical, logical, and/or virtual interfaces through which the first entity provides data and/or one or more signals, commands. And the second entity may permit and/or assist at least partially control, monitor, and/or at least partially interact with the second entity, and/or (2) the second entity may provide other information and/or Or a plurality of other signals that may allow and/or assist at least some of such control, monitoring, and/or at least partial interaction.

In this embodiment, a computing environment can be or include circuitry capable of at least partially separately and/or in combination with one or more other computing environments and/or entities for performing at least one or more operations involving assistance, presence, and correlation. And/or include one or more arithmetic, Boolean, logical, and/or other computer related/present operations and/or services. In this embodiment, a computing node can be or include at least a portion of one of the computing environments. In this embodiment, a cloud computing network (CCN) can be or include one or more computing environments that can provide one or more computer related services in accordance with one or more service contracts. In this embodiment, a service contract may be or include a contract and/or contract between at least one entity that is to receive at least one service and at least one other entity that is to provide or is to assist in providing the at least one service. In this embodiment, a service may include reference, use, and at least part of one or more Calculate one or more functions, operations, means, parameters, approvals, warranties, blocks, constraints, restrictions, and/or features that are environmentally assisted and/or present. Embodiments of such services will be as described herein, but such description should not be considered as limiting the types of services that may be provided in accordance with the present embodiments. For example, such services may include, but are not limited to, computing, networking, storage, I/O, web hosting, multimedia, video, audio, quality of service, security, total power usage, network communication paths Choose, avoid network congestion, and/or other services. In this embodiment, a user may, include, and/or relate to at least a portion of one or more operators, one or more groups of operators, and/or a combination, and/or associated and/or Directly or indirectly by one or more operators, one or more groups of operators, and/or one or more handlers (eg, application handlers).

In this embodiment, the interaction between a first entity and a second entity can be used interchangeably with the interaction between the first and second entities. In still another embodiment, such interaction may be, include, assist, and/or involve at least partial (1) provisioning, initial provisioning, and/or requesting to provide one or more signals provided by the first entity, The instructions, and/or information to the second entity, and/or (2) at least partially respond to one or more actions and actions and/or changes of the state of the second entity.

In this embodiment, a device can be or include physical, logical, and/or virtual entities that can include at least a portion of the circuitry. In this embodiment, a set of characteristics may be, relate to, specify, and/or include one or more of physical, logical, and/or virtual (1) capabilities, functions, resources, and/or operations, ( 2) circuit part, (3) processing program, (4) instruction, (5) instruction set, and / or (6) can The ability, function, resources, and/or operation of one or more circuit components, processes, instructions, and/or instruction sets are utilized, utilized, and/or derived.

Each of the nodes 160A...160N may have individual instructions and/or operations that are at least partially similar and/or similar to each other. Additionally, without departing from this embodiment, the nodes 160A...160N may have individual instructions and/or operations that are at least partially different from one another.

Additionally or alternatively, each of the RRHs 70A...70N may have individual instructions and/or operations that are at least partially similar and/or similar to each other. Additionally, without departing from this embodiment, the RRHs 70A...70N may have individual instructions and/or operations that are at least partially different from one another.

Additionally or alternatively, each of the devices 150A...150N can have individual instructions and/or operations that are at least partially similar and/or similar to each other. Additionally, without departing from this embodiment, the devices 150A...150N may have individual instructions and/or operations that are at least partially different from one another.

Additionally or alternatively, circuits 118A...118N may each have individual instructions and/or operations that are at least partially similar and/or similar to one another. Additionally, without departing from this embodiment, the circuits 118A...118N may have individual instructions and/or operations that are at least partially different from one another.

Additionally or alternatively, circuits 152A...152N may each have individual instructions and/or operations that are at least partially similar and/or similar to one another. Additionally, without departing from this embodiment, the circuits 152A...152N may have individual instructions and/or operations that are at least partially different from one another.

For example, mobile devices 150A...150N, circuits 118A...118N, and/or circuits 152A...152N may each include at least a portion Similar to and/or similar to the components shown in FIG. For example, one or more of the devices 150A...150N, circuits 118A...118N, and/or circuits 152A...152N may include at least a portion of one or more (eg, a drawing, touch screen, indicator device) User input device 304, media capture device 306, wireless and/or cellular communication device 312, and/or media playback device 320. In this embodiment, the one or more media capture devices 306 can include one or more audio (eg, recording) capture devices 308, and/or video and/or video capture (eg, video) devices 310. . The one or more image and/or video capture devices 310 can include, for example, one or more still images and/or video cameras 330. The one or more media playback devices 320 can include, for example, still image and/or video display/playback device 322 and/or audio speaker/playback device 324. One or more devices 304 may allow a user operator to input instructions and/or materials to one or more devices 150A, circuits 118A, circuits 152A, and/or components thereof. One or more communication devices 312 can at least partially permit one or more of the devices 150A, 118A, 152A, and/or one or more of its components and one or more of the RRHs 70A...70N, one or more Wireless networks 135, and/or cellular networks 7, communicate and/or exchange data and/or instructions over one or more links 151A.

In operation, one or more CCNs 130, circuits 121, nodes 160A...160N, and/or servers 170A...170N may at least partially function as one or more baseband unit pools to perform certain wideband hives Signal processing, packet encoding/decoding processing, and/or other processing. Additionally or alternatively, one or more CCNs 130, circuits 121, nodes 160A...160N, and/or servers 170A...170N may provide one or more of services 410A...410N to the device One or more of 150A...150N, circuits 118A...118N, circuits 152A...152N, and/or their users. The provision of one or more of the services 410A...410N may be responsive to and/or based at least in part on the direct and/or indirect generation, derivation, and/or derivation from at least a portion of such devices 150A.. One or more of the request and/or service parameters of one or more of .150N, circuits 118A...118N, circuits 152A...152N, network 135, network 7, and/or its users.

For example, one or more user instructions based on and/or in response to one or more of the mobile devices 150A...150N (eg, 150A) being at least partially transmitted through one or more user input devices 304 One or more devices 150A, circuits 118A, and/or circuits 152A may generate and/or transmit at least a portion of one or more service requests 192 via one or more links 151A, network 135, and/or network 7. And/or service parameters 194 to one or more CNNs 130. Additionally or alternatively, one or more service requests 192 and/or service parameters 194 may be generated and/or transmitted at least in part by one or more networks 135, and/or network 7 without departing from this embodiment. CCN 130 (eg, at least partially responding to one or more instructions). The one or more service requests 192 may at least partially request one or more CCNs 130 to provide at least a portion of one or more services (eg, 410A) to one or more devices 150A, circuitry 118A, and/or circuitry 152A. The one or more service parameters 194 can be based at least in part on the profile information 196. The profile information 196 can be based on, derived from, derived from, and/or associated with at least a portion (1) the one or more CCNs 130 that will at least partially provide the one or more requested services 410A, (2) One or more wireless networks 135 and/or cellular network 7 through which one or more mobile devices 150A communicate with one or more The CCN 130 communicates, and/or (3) the one or more requesting mobile devices 150A and/or their users.

One or more CCNs 130, circuits 121, nodes 160A...160N, and/or servers 170A...170N may receive at least in part through one or more wireless networks 193 and/or cellular network 7 Multiple service requests 192 and/or service parameters 194. In response to and/or based on at least a portion of the one or more service requests 190 and/or service parameters 192, one or more CCNs 130, circuits 121, nodes 160A...160N, and/or server 170A... 170N may generate, at least in part, one or more responses 190 to one or more service requests 192. The one or more responses 190 can include, and/or constitute, at least in part, at least a portion of the one or more requested services 410A to one or more devices 150A, circuitry 118A, and/or circuitry 152A.

In this embodiment, the one or more service requests 192 may request to provide, and/or the one or more requested services 410A may be, include, and/or correspond to at least a portion of one or more CCNs 130 Nodes 160A...160N, servers 170A...170N, and/or circuitry 121 may provide and/or generate at least a portion of one or more types of processing data and/or associated data. For example, as symbolically shown in FIG. 2, the one or more service requests 192 may request, and/or one or more of the requested services 410A may be, include, and/or correspond to at least some of the following types One or more of the other processes: (1) transcription processing 250 of one or more media streams 202, (2) language translation processing 252 of one or more streams 202, (3) one or more strings A modification process 213 of one or more codes (e.g., code format 205) of stream 202, (4) character recognition process 290 of one or more images 270, (5) a shadow of one or more images 270 The volume normalization process 297 is performed 295, and/or (6) one or more media streams 202. The treatment of these types is detailed later. Of course, at least in part, in response to at least a portion of one or more requests 192 and/or parameters 194, one or more CCNs 130, nodes 160A...160N, servers 170A...170N, and/or circuitry 121 may be provided at least in part And/or the type of processing, nature, characteristics, etc. that are produced may be those described and/or excluded herein. Accordingly, the type, nature, characteristics, etc. of such processes described herein are to be considered as illustrative and/or exemplified.

In this embodiment, a media stream can include at least one packet that includes, represents, indicates, encodes, communicates, and/or implements at least a portion of audio information and/or video information. In this embodiment, the audio information may include, at least in part, to facilitate playback, generation, copying, display, and/or playback of at least a portion of one or more sounds, such as, but not limited to, ambient sound, music, and/or voice. Information on reconstruction. In this embodiment, the video information may include at least a portion to assist playback, generation, copying, display, and/or reconstruction of at least a portion of the image, such as, but not limited to, static and/or dynamic picture images. News. In this embodiment, the transcription may include at least partial speech in written and/or textual form. In this embodiment, the language translation can include writing or speaking at least partially translating at least one language into writing or speech in at least another language. In still another embodiment, one of the media stream encoding and/or encoding formats can include at least a portion of the audio information and/or video information being represented, indicated, encoded, communicated, and/or implemented in the media stream. At least one way. In this embodiment, volume normalization may include at least partially modifying at least part of the input audio information such that when the When the audio information is used to assist in the playback, generation, copying, display, and/or reconstruction of at least part of the sound, the one or more sounds may have at least one volume level, which is The input audio information is used to assist in different volume levels obtained during playback, generation, copying, display, and/or reconstruction of at least some of the one or more sounds.

In this embodiment, the one or more media streams 202 and/or images 270 are initially at least partially available from (1) one or more networks 110 and/or (2) one or more devices 150A. Circuit 118A, and/or circuit 152A are for processing. Thus, in one embodiment, the first of the two cases, one or more media streams 202 and/or one or more images 270 may be transmitted at least in part from one or more networks 110 One or more CCNs 130, nodes 160A...160N, servers 170A...170N, and/or circuit 121 are provided by the one or more CCNs 130, nodes 160A...160N, server 170A.. .170N, and/or circuit 121 processing. After such processing has been performed, the resulting output of such processing may be transmitted to one or more of the one or more CCNs 130, nodes 160A...160N, servers 170A...170N, and/or circuit 121. Device 150A, circuit 118A, and/or circuit 152A. Additionally or alternatively, without departing from this embodiment, in the second of the two cases, one or more media streams 202 and/or one or more images 270 may be at least partially from the one or more Device 150A, circuit 118A, and/or circuit 152A are transmitted to one or more CCNs 130, nodes 160A...160N, servers 170A...170N, and/or circuit 121 for being by the one or more CCNs 130 The nodes 160A...160N, the servers 170A...170N, and/or the circuit 121 are processed. After such processing has been performed, the output of such processing results may be from one or more CCNs 130, Nodes 160A...160N, servers 170A...170N, and/or circuit 121 are transmitted to one or more devices 150A, 118A, and/or circuits 152A. In either case, the one or more media streams 202 and/or images 270 are obtained and/or transmitted for use by the one or more CCNs 130, nodes 160A... 160N, server 170A...170N, and/or circuit 121 processing may be commanded by one or more user devices provided to one or more mobile devices 150A via one or more user input devices 304, and/or One or more requests 192 initiate at least a portion directly and/or indirectly. Additionally or alternatively, the acquisition and/or transmission of the one or more media streams 202 and/or images 270 for such processing may be at least partially utilized by the one or more devices 150A without departing from this embodiment. Circuit 118A, and/or circuit 152A, one or more CCNs 130, nodes 160A...160N, servers 170A...170N, and/or circuit 121, one or more networks 135, one or more One or more other types of requests generated by the network 7, and/or one or more other components of the network 100 and/or 101 (eg, for the provision of media and/or other content, etc.) directly And/or indirectly start at least part.

The transcription process 250 can include, at least in part, generating one or more written and/or text transcripts 226 of the voice content 220 including at least a portion of the audio information 218 in the one or more media streams 202. For example, one or more media streams 202 can include at least a portion of audio information 218 and/or video information 222. Audio information 218 can include at least a portion of the speech content (eg, words spoken in a human language). As for the portion of the transcription process 250, one or more CCNs 130, nodes 160A...160N, servers 170A...170N, and/or circuitry 121 may perform at least partial instant and/or near instant transcription processing. 240 may result in one or more transcripts 226 that are at least partially in one or more local (and/or other) languages of the voice content 220. Such a process 240 can include text and/or other style matching based at least in part on at least a portion of the language dictionary information, audio information 218, and/or content 220. One or more of the one or more local languages may be, include, and/or coupled to be at least partially considered to be pervasive and/or commonly used and/or associated with one or more of the one or more mobile devices 150A Location 10A. For example, if the one or more locations 10A are within the continental United States and the speech content 220 is in Spanish, the resulting transcript 226 can be in English. Additionally or alternatively, the one or more local languages may be, include, and/or be associated with, at least in part, selected by one or more users of the one or more mobile devices 150A, and/or Or at least part of one or more languages of preference.

One or more CCNs 130, nodes 160A...160N, servers 170A...170N, and/or circuitry 121 may determine at least a portion of such one or more local languages based at least in part on profile information 196. Profile information 196 can be, include, and/or be associated with various sources of information that are at least partially useful in providing high value added services 410A...410N.

For example, as shown in FIG. 4, profile information 196 can include at least partial usage information 402, configuration information 404, service contract information 406, and/or load balancing information 408. Such information 402, 404, 406, and/or 408 may be based on, derived from, derived from, and/or associated with at least a portion of one or more (1) CCNs 130, (2) wireless network 135 and/or The cellular network 7, and/or (3) mobile device 150A and/or its users. Given a particular configuration of network 100 and/or network 101, such profile information 196 may reside and/or be derived from at least a portion CCN 130, wireless network 135, cellular network 7, and/or mobile device 150A, as appropriate. Depending on the particular information of interest, the information 196 may be collected by direct or indirect user and/or administrator input as needed, and/or through one or more CCNs 130, wireless network 135, cellular network 7, And/or mobile device 150A (eg, automated) information gathering.

For example, the usage information 402 can include at least a portion of the current usage and/or previous (eg, past history) usage patterns of the one or more devices 150A and/or related information thereof. For example, such current and/or past history usage style information may be related to the geographic location/country/region used, the bandwidth used, the accessed World Wide Web address, the time/date of use, and the like. In the case of a geographic location/country/region, the dialing and/or association may be based on the one or more locations 10A and/or other parties (not shown) that are in communication with the one or more devices 150A. Country code is obtained and/or classified.

The configuration information 404 can include at least a portion of the device 150A, the network 135, the network 7, the user input device 304, the media capture device 306, the audio capture device 308, and the video/video capture device 310. The camera 330, the wireless communication device 312, the media playback device 320, the display 322, and/or the audio playback device 324 are at least partially related to specific capabilities and/or user preferences related and/or associated information. For example, such information 404 can indicate at least a portion of the particular language, screen format, encoding that is available and/or intended for use by one or more of display device 322, media playback device 320, and/or user input device 304. , resolution, size, image/video properties, etc. Also for example, such information 404 can indicate that at least a portion of the one or more media capture devices 310 and/or camera 330 are available and/or intended to be used. Specific media encoding, codec, pixel resolution, focal length, aspect ratio, shutter/frame speed, image/video properties, etc. Moreover, for example, such information 404 can indicate that at least a portion of the one or more media capture devices 310, audio capture device 308, media playback device 320, and/or audio playback device 324 are available and/or The specific language, media code, codec, dynamic range, audio properties, etc. to be used. Moreover, for example, such information 404 can indicate at least some of the usefulness of the one or more communication devices 312, network 135, and/or network 7 for communicating over one or more links 151A. / or such communication agreements to be used.

For example, at least with respect to image/video information recording and/or playback, the particular information 404 associated with the one or more devices 150A may differ, at least in part, depending on the intended operation of the one or more devices 150A. The country or region where the particular country is located. For example, in some countries, such video/video information recording and/or playback may be based on the Phase Interleaved Line (PAL) standard, stated in the International Telecommunication Union, the known television system, 1998, proposed ITU-R BT .470-6. Also, by way of example, in other countries, such records and/or replays may be stated in the International Telecommunications Union, the Conventional Analog TV System, 1998, in accordance with the National Television System Committee (NTSC) standards, which proposes ITU-R BT. 470-7. Many alternatives to this embodiment are possible without departing from this embodiment.

The service contract information 406 can indicate the one or more particular service contracts (e.g., 420A) that are at least partially engagable with the one or more mobile devices 150A and/or their users. Additionally or alternatively, such information 406 may include details relating at least in part to one or more of the one or more service contracts 420A (eg, possibly related to the availability of the one or more service contracts 420A) The service, the specific transmission method, the quality of service, the bit rate and/or bandwidth provided, and/or the order of the services used to provide such services, etc.).

The load balancing information 408 can indicate a particular manner at least in part given by an individual service contract, wherein one or more of the networks 135, 7, 131, and/or 130 are intended to provide service to one or more mobile devices 150A. The individual nodes, components, and/or processes are balanced and/or otherwise loaded to provide the required services in an appropriate manner. For example, depending on the particular service contract 420A and the load of one or more of the nodes 160A, the server 170A, and/or the handler 31A, the information 408 may indicate that processing associated with providing one or more requested services 410A may be Reassigned, at least in part and/or at least temporarily, is to be executed by one or more other nodes 160N, server 170N, and/or handler 31N. Additionally, depending on the load of the particular service contract 420A and one or more of the nodes 160A, the server 170A, and/or the handler 31A, the information 408 may indicate that processing associated with providing one or more requested services 410A may wait until Additional processing resources of one or more of node 160A, server 170A, and/or handler 31A become available. Additionally or additionally, the information 408 may indicate a bit rate/quality provision that may be reduced in connection with providing one or more requested services 410A until additional processing resources become available.

Returning now to the transcription process 250, one or more CCNs 130, nodes 160A...160N, servers 170A...170N, one or more CCHs 130, nodes 160A...160N, are provided to one or more media streams 202, And/or circuitry 121 may perform at least a portion of an immediate or near instant transcription process 240 that may result in at least a portion of one or more transcripts 226 being provided to one or more devices 150A. More specific In other words, one or more CCNs 130, nodes 160A...160N, servers 170A...170N, and/or circuitry 121 may be provided to one or more simultaneously with the provision of one or more media streams 202. The device 150A, the one or more packets 50 can include at least a portion of the one or more transcripts 226 such that the one or more media streams 202 are communicated with the relevant portions of the one or more transcripts 226, The display, and/or playback are at least partially synchronized with each other. Advantageously, this may allow one or more mobile devices 150A to communicate, display, and/or play back both: (1) the one or more transcripts 226, and (2) at least partially synchronized with each other ( For example, at least from the point of view of the user, the one or more media streams 202, content 220, and/or audio information 218.

Additionally or alternatively, one or more services 410A may include at least a portion of language translation processing 252 that is based at least in part on profile information 196. The translation process 252 can include one or more spoken and/or written translations 224 of the voice content 220 that at least partially generate at least a portion of the audio information 218. For example, as part of the translation process 252, one or more CCNs 130, nodes 160A...160N, servers 170A...170N, and/or circuitry 121 may perform at least partial instant and/or near instant translation processing. 252, which may result in one or more translations 224 into one or more local (and/or other) languages of the spoken content 220, at least in part from one or more other languages in which the spoken content 220 may be. Such a process 252 can include, at least in part, text and/or other style matching based at least in part on language dictionary information, audio information 218, and/or content 220.

In this embodiment, one or more CCNs 130, nodes are provided simultaneously with one or more media streams 202 to one or more devices 150A. 160A...160N, servers 170A...170N, and/or circuit 121 may perform at least a portion of an immediate or near instant translation process 252 that may result in at least a portion of one or more transcripts 224 being provided to one or more devices 150A. More specifically, one or more CCNs 130, nodes 160A...160N, servers 170A...170N, and/or circuitry 121 may be provided to one or more simultaneously with the provision of one or more media streams 202. The plurality of devices 150A, the one or more packets 50 can include at least a portion of the one or more translations 224 such that the one or more media streams 202 are transmitted with related portions of the one or more translations 224, The display, and/or playback are at least partially synchronized with each other. Advantageously, this may allow one or more mobile devices 150A to communicate, display, and/or play back both: (1) the one or more translations 224, and (2) at least partially synchronized with each other (eg, The one or more media streams 202, content 220, and/or audio information 218, at least from the point of view of the user.

Additionally or alternatively, one or more services 410A can include at least a partial modification process 213 that is based at least in part on profile information 196. The modification process 213 can include, at least in part, one or more re-encoding (eg, encoding one or more) of the audio information 218, the video information 222, and/or the one or more images 223 from at least a portion of the one or more initial encoding formats 205. Multiple other encoding formats 207). Such one or more other encoding formats 207 may be suitable and/or more suitable for processing, display, and/or playback by one or more mobile devices 150A than one or more encoding formats 205. For example, the display size, screen format, aspect ratio, and/or of the one or more input devices 304, media playback device 320, playback device 322, and/or audio playback device 324 are compared to one or more formats 205. / or resolution size, video / audio codec capabilities, etc. may be suitable (or More suitable for processing and/or utilizing one or more formats 207. For example, as part of the modification process 213, one or more CCNs 130, nodes 160A...160N, servers 170A...170N, and/or circuitry 121 may perform at least partial immediate and/or near instant modification processing. 213 may result in at least a portion of one or more media streams 350 (refer to FIG. 3), audio information 352, video information 354, and/or one or more images 356. One or more media streams 350, audio information 352, video information 354, and/or one or more images 356 may be in one or more encoding formats 207, but may individually correspond at least in part to one or more Media stream 202, audio information 218, video information 222, and/or one or more images 223. For example, such a process 213 can include changing at least partially from a PAL encoding to an NTSC encoding (or vice versa), changing screen size/format/aspect ratio, video/audio encoding and decoding capabilities, etc., thus permitting one or more Suitably, expediently, and/or optimally displayed and/or played back by the mobile device 150A. Based at least in part on one or more locations 10A, the one or more encoding formats 207 may be by at least a portion of one or more CCNs 130, nodes 160A...160N, servers 170A...170N, and/or circuitry 121 select.

Additionally or alternatively, one or more services 410A can include at least a portion of optical character recognition processing 290 that can be based, at least in part, on contour information 196 and/or one or more images 270. In this embodiment, it depends at least in part on whether the one or more images 270 to be processed 290 are derived from images captured by the one or more devices 150A, or from another image capture. The process (and thus the one or more networks 110 for processing), the identification process 290 may differ at least in part. For example, if one or more images 270 are received from one or more networks 110 (eg, as at least partially self-viewing) One or more CCNs 130, nodes 160A...160N, servers 170A...170N, and/or circuitry 121 may perform at least a portion of one or more images 270. Optical character recognition process 290 may result in at least partial determination of one or more (in this embodiment, a plurality of) recognized characters 232A...232N. Given the language and the syntax of the one or more local (and/or other) languages, one or more CCNs 130, nodes 160A...160N, servers 170A...170N, and/or circuitry 121 may Texture analysis is performed on the recognized characters 232A...232N to determine and/or establish at least a portion of the best natural language adaptation/matching of the characters 232A...232N to suitable characters, phrases, phrases, and the like. Based at least in part on such optimal natural language adaptation/matching, as part of process 290, one or more CCNs 130, nodes 160A...160N, servers 170A...170N, and/or circuit 121 may be configured One or more transcripts 271 that reflect this optimal fit/match. Based at least in part on the profile information 196, one or more CCNs 130, nodes 160A...160N, servers 170A...170N, and/or circuitry 121 may determine one or more of the most appropriate encoding formats 207 for lending Or a plurality of mobile devices 150A process, display, and/or playback, and may issue one or more packets 53 of one or more transcripts 271 encoded in one or more formats 207 to one or more mobile devices 150A.

Additionally, without departing from this embodiment, one or more images 270 may originate from image captures that are at least partially borrowed from one or more mobile devices 150A. For example, one or more media capture devices 306 can retrieve at least a portion of one or more media streams 350. The one or more media streams 350 can include at least a portion of the audio information 352 captured at least in part by the one or more audio capture devices 308 and at least partially captured by the one or more media capture devices 310 and/or camera 330 Video information 354 and one or more images 356. One or more mobile devices 150A may at least partially transmit one or more streams 350 to one or more CCNs 130, nodes 160A...160N, servers 170A...170N, and/or circuitry 121. In this case, based at least in part on the audio, video, and/or image capture capabilities and/or limits of the devices 306, 308, 310, and/or 330 indicated in the profile information 196, one or more CCNs 130 Nodes 160A...160N, servers 170A...170N, and/or circuitry 121 may perform image processing 295 on one or more streams 350, video information 354, and/or one or more images 356. For example, such image processing 295 can include at least partial image normalization and/or (eg, gamma) correction processing 299 to correct distortion, brightness, contrast, and/or other errors in one or more images 356 to at least One or more corrected images 285 are partially generated. One or more CCNs 130, nodes 160A...160N, servers 170A...170N, and/or circuitry 121 may retrieve at least a portion of one or more images 270 from one or more corrected images 285. Thereafter, one or more images 270 can perform recognition process 290 on one or more images 270 in the manner previously described.

Additionally or alternatively, without departing from this embodiment, image processing 295 and/or 299 may be performed at least in part, independently of the use of association process 290. One or more corrected images 285 may be uploaded to network 110 and/or provided to one or more by one or more CCNs 130, nodes 160A...160N, servers 170A...170N, and/or circuitry 121. A plurality of devices 150A.

Additionally or alternatively, one or more services 410A may include at least a portion of one or more streams 202 and/or 350 audio volume normalization processing 297 without departing from this embodiment. It should be understood that although the following description refers to one or more Such processing 297 performed on stream 202 is performed without departing from this embodiment, and similar or similar techniques may be employed on one or more streams 350. For example, profile information 196 and/or configuration information 404 may indicate that at least a portion of the audio playback (eg, via one or more audio playback devices 324) is maximized by one or more (eg, user-specified) And/or minimum audio volume level and/or range. After receiving one or more of the streams 202, as part of the process 297, one or more CCNs 130, nodes 160A...160N, servers 170A...170N, and/or circuit 121 check the actual maximum and / or the minimum audio volume level and / or range is encoded and / or reflected at least in the audio information 218 to determine at least part of the actual maximum and / or minimum audio volume level and / or range is at least partially contoured The maximum and/or minimum audio volume level and/or range indicated by the user indicated in information 196. As part of the process 297, one or more CCNs 130, nodes 160A...160N, servers 170A...170N, and/or circuitry 121 may modify at least a portion of the audio information 218 to thereby generate audio information 218'. In essence, the audio information 218' may correspond at least in part to the audio information 218, but the actual maximum and/or minimum audio volume levels and/or ranges in the audio information 218' may be consistent with the user's stated Maximum and/or minimum audio volume level and/or range. One or more media streams 202 containing audio information 218' (rather than audio information 218) may be borrowed by one or more CCNs 130, nodes 160A...160N, servers 170A...170N, and/or circuitry 121 Transfer to one or more media devices 150A.

There may be many alternatives. For example, without departing from this embodiment, it has been described that portions of processes 250, 213, and/or 252 are used. The foregoing techniques for managing at least a portion of one or more media streams 202 can be applied to process at least a portion of one or more media streams 350 in a similar or similar manner.

In this embodiment, a set of terms combined by the term "and/or" may refer to any subset of the collective terms. For example, in one embodiment, the phrase "A, B, and/or C" may mean subset A (alone use), subset B (alone use), subset C (alone use), subset A and B, subsets A and C, subsets B and C, or subsets A, B, and C. Similarly, in one embodiment, a set of terms combined by the term "at least one of" may mean any subset of the collective terms. For example, in one embodiment, the phrase "at least one of A, B, and/or C" may mean subset A (alone use), subset B (alone use), subset C (alone) Use), subsets A and B, subsets A and C, subsets B and C, or subsets A, B, and C.

As such, in one embodiment, at least some of the previously unavailable and/or advanced high value added services may be provided by the one or more CCNs 130 and/or C-RAN 131 itself based on the rich profile information 196. 410A...410N. Excellently, based on the highly tailored specific tailored information associated with the network, mobile device, and user involved, it is possible to more efficiently provide services that were previously unavailable. Excellently, this may allow such services to be provided in a manner that may result in better user experience, may reduce delay, jitter, and/or waste bandwidth, and may not require a wireless network and/or a cellular network, and / or change the mobile device.

Thus, in a first example of one embodiment, a device is proposed that is at least partially coupled to a network. The device can include a first circuit and/or a second circuit. The first circuit can be at least partially included in at least A cloud computing network. The first circuit can generate at least one response to at least one of the at least one service request. The at least one response can be based at least in part on the at least one service parameter and the at least one service request. The at least one cloud computing network can receive the at least one service request and the at least one service parameter through the at least one wireless network. The second circuit can be at least partially included in at least one mobile device. The at least one mobile device can communicate via the at least one wireless network. The second circuit generates the at least one service request at least in part. The at least one service parameter can be based at least in part on profile information that is at least partially coupled to the at least one cloud computing network, the at least one wireless network, and the at least one mobile device.

In a second example of this embodiment, which may include some or all of the elements of the first instance, the at least one service request may at least partially request at least one of: (1) at least partially in the at least one action Transcription processing of at least one media stream received by the device; (2) language translation processing of the at least one media stream; (3) at least partial modification processing of at least one encoding of the at least one media stream; (4) at least one Character recognition processing of the image; (5) image processing of the at least one image; and/or (6) volume normalization processing of the at least one media stream. In this second example, the at least one of the transcription processing, the translation processing, the modification processing, the character recognition processing, the image processing, and/or the volume normalization processing may occur at least partially in the at least one Cloud computing network. The at least one mobile device can include at least one image capture device for at least partially capturing the at least one image.

In a third example of this embodiment, the second instance may include the second For some or all of the elements of the example, the at least one media stream can include audio information and video information. The transcription process can include a local language that is transcribed into one of the spoken content of the audio information. The local language can be determined based at least in part on the profile information. The local language can be associated with a location of one of the at least one mobile device. The translation process can include providing an instant translation of the spoken content into the local language. The modifying process can include changing the at least one encoding of the at least one media stream to be suitable for playback by the at least one mobile device. The image capture device can include at least one camera to at least partially generate at least another media stream including the at least one image. The image processing can include image normalization and correction processing. In a fourth example of this embodiment, it may include some or all of the components of any of the previous examples, the profile information may be based at least in part on (1) the at least one mobile device and the at least one wireless network At least partially associated usage and configuration information; (2) service contract information associated with at least one user of the at least one cloud computing network; and/or (3) with the at least one wireless network and the at least A cloud computing network is at least partially connected to load balancing information.

In a fifth example of this embodiment, which may include some or all of the elements of any of the previous examples, the at least one wireless network may include at least one cellular network. The at least one mobile device can comprise, at least in part, at least one cellular telephone. The at least one cloud computing network can be at least partially included in at least one cloud radio access network. The at least one cloud computing network can include a computing node to provide at least a portion of the service in accordance with a software defined network service contract.

In a sixth example of this embodiment, the fifth instance may include the fifth The at least one service request may be used to at least partially request at least one of the services. The at least one response can include providing at least a portion of the at least one of the services. The computing nodes can execute, at least in part, a software program to provide at least a portion of the services.

In a seventh example of this embodiment, it is proposed that one or more computer readable memory stores one or more instructions that, when executed by a device, cause the performance of the operation to include (1) by the devices The operations performed by the device in any of the previous examples, and/or (2) any combination of the operations performed by the device in any of the previous examples of the devices. In an eighth example of an embodiment of the present invention, a method for at least partially coupling a network is present. The method can include (1) such operations performed by the device in any of the prior instances of the devices, (2) performed by the device in any of the previous instances of the devices Any combination of the operations, and/or (3) operations performed by the execution of the one or more instructions stored in the computer readable memory of the seventh example of the embodiment Any combination.

In a ninth example of one embodiment, the means for performing the operations performed by the method, device, and/or computer readable memory in any of the previous examples may be provided. Either and/or any combination. In a tenth example of one embodiment, a computer readable memory can be provided that can store instructions and/or design data, such as a hardware description language, which is defined herein (eg, in this embodiment) Any of the previous examples) one or more subsets of the structures, circuits, devices, features, and the like. Many alternatives, modifications, and variations may be made without departing from the embodiments.

7‧‧‧Hive network

10A-N‧‧‧Location

31A-N‧‧‧Software Processing Program

50, 53‧‧‧Package

70A-N‧‧‧Remote Radio Head (RRH)

100‧‧‧ system

101‧‧‧Software Definition Network (SDN)

110‧‧‧Network

118A-N, 121‧‧‧ circuits

130‧‧‧Cloud Computing Network (CCN)

131‧‧‧Cloud Radio Access Network (C-RAN)

135‧‧‧Wireless network

150A-N‧‧‧ mobile device

151A-N‧‧‧Wireless/Hive Communication Link

152A-N‧‧‧Hive Phone Circuit

160A-N‧‧‧Compute Node

170A-N‧‧‧Server

190‧‧‧Respond

192‧‧‧Service request

194‧‧‧Service parameters

196‧‧‧ Outline Information

Claims (24)

An attachable network device at least partially operatively coupled to a network, the device comprising: a first circuit at least partially included in at least one cloud computing network, the first circuit being configured to generate, at least in part, at least At least one response to a service request, the at least one response being based at least in part on the at least one service parameter and the at least one service request, the at least one cloud computing network receiving the at least one service request via the at least one wireless network and the At least one service parameter, the at least one service request being generated at least in part by a second circuit, the second circuit being at least partially included in the at least one mobile device, the at least one mobile device being communicable via the at least one wireless network The at least one service parameter is based at least in part on profile information associated at least in part with the at least one cloud computing network, the at least one wireless network, and the at least one mobile device; wherein the at least one response is caused at least in part At least one of the at least one mobile device Providing at least a portion of the at least one media stream, the at least one portion of the at least one media stream being at least partially associated with the at least one portion of the at least one media stream at the at least one mobile device The display of at least one transcription of the copies is synchronized. The device of claim 1, wherein: the at least one service request is at least partially requested from the following At least one of: transcription processing of the at least one media stream that is to be received at least in part at the at least one mobile device; language translation processing for the at least one media stream; at least in part for the at least one media stream At least one encoding modification process; character recognition processing for at least one image; image processing for the at least one image; and volume normalization processing for the at least one media stream; wherein the transcription processing, the translation processing, The at least one of the modification process, the character recognition process, the image process, and the volume normalization process is at least partially occurring in the at least one cloud computing network; and the at least one mobile device includes at least one image And an image capturing device for at least partially acquiring the at least one image. The device of claim 2, wherein: the at least one media stream comprises audio information and video information; the transcription processing comprises instant transcription of the spoken content of the audio information into a local language, the local language being based at least in part on the contour information Determining that the local language is associated with a location of the at least one mobile device; the translation process includes providing the spoken content to the local language Instantly translating; the modifying process comprising changing the at least one encoding of the at least one media stream to be suitable for playback by the at least one mobile device; the image capturing device comprising at least one camera for at least partially generating At least one other media stream of the at least one image; and the image processing includes image normalization and correction processing. The device of claim 1, wherein: the profile information is based at least in part on: usage and configuration information associated at least in part with the at least one mobile device and the at least one wireless network; and the at least one cloud computing network Service contract information associated with at least one user; and load balancing information associated with at least a portion of the at least one wireless network and the at least one cloud computing network. The device of claim 1, wherein: the at least one wireless network comprises at least one cellular network; the at least one mobile device at least partially comprises at least one cellular telephone; the at least one cloud computing network is at least partially included At least one cloud radio access network; and the at least one cloud computing network includes computing nodes for providing at least part of the service according to the software-defined network service contract. The device of claim 5, wherein: the at least one service request is for at least partially requesting at least one of the services; the at least one response includes providing for at least a portion of the at least one of the services; The computing nodes are for at least partially executing a software program to provide, at least in part, the services. A network related method, the method being implemented, at least in part, in connection with a network, the method comprising the steps of: at least partially generating at least one response by the first circuit for at least one service request, the first circuit being at least partially included In at least one cloud computing network, the at least one response is based at least in part on the at least one service parameter and the at least one service request, the at least one cloud computing network can receive the at least one service request, the at least one cloud computing network The at least one service request and the at least one service parameter may be received via at least one wireless network, the at least one service request being generated at least in part by a second circuit, the second circuit being at least partially included in the at least one mobile device The at least one mobile device can communicate via the at least one wireless network, the at least one service parameter based at least in part on at least a portion of the at least one cloud computing network, the at least one wireless network, and the at least one mobile device Profile information; wherein, at least one response Causing at least part of the at least one media stream for at least one of the devices at least a part of the action Providing, for at least part of the providing of the at least one portion of the at least one media stream, at least in part with a display of at least one transcription of the at least one portion of the at least one media stream at the at least one mobile device . The method of claim 7, wherein: the at least one service request requests, at least in part, at least one of: a transcription process for the at least one media stream that is to be received at least in part at the at least one mobile device; a language translation process for the at least one media stream; a modification process for at least one of the at least one encoding of the at least one media stream; a character recognition process for the at least one image; image processing for the at least one image; a volume normalization process of at least one media stream; wherein at least one of the transcription process, the translation process, the modification process, the character recognition process, the image process, and the volume normalization process are at least partially Occurs in the at least one cloud computing network; and the at least one mobile device includes at least one image acquisition device for at least partially acquiring the at least one image. The method of claim 8, wherein: The at least one media stream includes audio information and video information; the transcription process includes instant transcription of the spoken content of the audio information into a local language, the local language being determined based at least in part on the profile information, the local language and the at least one The location of the mobile device is associated; the translation process includes providing an instant translation of the spoken content to the local language; the modifying process includes changing the at least one encoding of the at least one media stream to be adapted for playback by the at least one mobile device The image acquisition device includes at least one camera for at least partially generating at least one other media stream including the at least one image; and the image processing includes image normalization and correction processing. The method of claim 7, wherein: the profile information is based at least in part on: usage and configuration information associated at least in part with the at least one mobile device and the at least one wireless network; and the at least one cloud computing network Service contract information associated with at least one user; and load balancing information associated with at least a portion of the at least one wireless network and the at least one cloud computing network. The method of claim 7, wherein: the at least one wireless network comprises at least one cellular network; the at least one mobile device at least partially comprising at least one cellular Telephone; the at least one cloud computing network is at least partially included in at least one cloud radio access network; and the at least one cloud computing network includes computing nodes, the computing nodes can define network service contracts according to software And provide at least part of the service. The method of claim 11, wherein: the at least one service request is for at least partially requesting at least one of the services; the at least one response comprising providing at least a portion of the at least one of the services; The computing nodes are for at least partially executing a software program to provide at least a portion of the services. A non-transitory computer readable memory containing one or more components storing one or more instructions that, when executed by a device, cause an operation for the following: by the first circuit At least partially generating at least one response for the at least one service request, the first circuit being at least partially included in the at least one cloud computing network, the at least one response being based at least in part on the at least one service parameter and the at least one service request, The at least one cloud computing network can receive the at least one service request, the at least one cloud computing network can receive the at least one service request and the at least one service parameter via the at least one wireless network, the at least one service request At least partially generated by a second circuit, the second circuit being at least partially a portion is included in at least one mobile device, the at least one mobile device being communicable via the at least one wireless network, the at least one service parameter being based at least in part on at least a portion of the at least one cloud computing network, the at least one wireless a network, and profile information associated with the at least one mobile device; wherein the at least one response causes, at least in part, provision of at least a portion of the at least one media stream at the at least one mobile device for the at least The providing of the at least one portion of the media stream is at least partially synchronized with the display of the at least one transcription of the at least one portion of the at least one media stream at the at least one mobile device. The memory of claim 13 comprising one or more components, wherein: the at least one service request requests, at least in part, at least one of: at least one of the at least partially received at the at least one mobile device Transcription processing of a media stream; language translation processing for the at least one media stream; modification processing for at least one encoding of at least one of the at least one media stream; character recognition processing for at least one image; for the at least one Image processing of the image; and volume normalization processing for the at least one media stream; wherein the transcription processing, the translation processing, the modification processing, the The at least one of character recognition processing, the image processing, and the volume normalization processing occurs at least partially in the at least one cloud computing network; and the at least one mobile device includes at least one image acquisition device, the image The obtaining device is configured to at least partially acquire the at least one image. The memory of claim 14 comprising one or more components, wherein: the at least one media stream comprises audio information and video information; the transcription processing comprises instant transcription of the spoken content of the audio information into a local language, the local language Determining, based at least in part on the profile information, that the local language is associated with a location of the at least one mobile device; the translation process comprising providing an instant translation of the spoken content to the local language; the modifying process comprising the at least one media Changing the at least one encoding of the stream to be adapted for playback by the at least one mobile device; the image acquisition device comprising at least one camera for at least partially generating at least one other media stream comprising the at least one image; The image processing includes image normalization and correction processing. The memory of claim 13 comprising one or more components, wherein: the profile information is based at least in part on: usage and configuration information associated at least in part with the at least one mobile device and the at least one wireless network; Service contract information associated with at least one user of the at least one cloud computing network; and load balancing information associated with at least a portion of the at least one wireless network and the at least one cloud computing network. The memory of claim 13 comprising one or more components, wherein: the at least one wireless network comprises at least one cellular network; the at least one mobile device at least partially comprises at least one cellular telephone; the at least one cloud computing The network is at least partially included in at least one cloud radio access network; and the at least one cloud computing network includes computing nodes for providing at least a portion of the services in accordance with the software defining the network service contract. The memory of claim 17, wherein: the at least one service request is for at least partially requesting at least one of the services; the at least one response includes providing at least a portion of the at least one of the services The computing nodes are used to at least partially execute a software program to provide at least a portion of the services. A network bonding device operable to at least partially connect to a network, the device comprising: a first component at least partially included in at least one cloud computing network, the first component being used for at least one service request Generating at least one response based on at least one service parameter and the at least one service request, the at least one cloud computing network receiving the at least one service request and the at least one via the at least one wireless network a service parameter, the at least one service request being generated at least in part by a second component, the second component being at least partially included in the at least one mobile device, the at least one mobile device being communicable via the at least one wireless network, The at least one service parameter is based at least in part on profile information associated at least in part with the at least one cloud computing network, the at least one wireless network, and the at least one mobile device; wherein the at least one response is caused at least in part by Providing at least a portion of the at least one media stream at the at least one mobile device, the providing of the at least one portion of the at least one media stream is at least partially related to the at least one mobile device At least one of the at least one portion of the at least one media stream Display the synchronized recording. The device of claim 19, wherein: the at least one service request requests, at least in part, at least one of: a transcription process for the at least one media stream that is to be received at least in part at the at least one mobile device; a language translation process for the at least one media stream; a modification process for at least a portion of the encoding of the at least one media stream; Character recognition processing for at least one image; image processing for the at least one image; and volume normalization processing for the at least one media stream; wherein the transcription processing, the translation processing, the modification processing, and the character recognition processing The at least one of the image processing and the volume normalization process is at least partially generated in the at least one cloud computing network; and the at least one mobile device includes at least one image acquisition device, the image acquisition device And configured to at least partially acquire the at least one image. The device of claim 20, wherein: the at least one media stream comprises audio information and video information; the transcription processing comprises instant transcription of the spoken content of the audio information into a local language, the local language being based at least in part on the contour information Determining that the local language is associated with a location of the at least one mobile device; the translation process includes providing an instant translation of the spoken content to the local language; the modifying process includes changing the at least one encoding of the at least one media stream Suitable for playback by the at least one mobile device; the image acquisition device comprising at least one camera for at least partially generating at least one other media stream comprising the at least one image; The image processing includes image normalization and correction processing. The device of claim 19, wherein: the profile information is based at least in part on: usage and configuration information associated at least in part with the at least one mobile device and the at least one wireless network; and the at least one cloud computing network Service contract information associated with at least one user; and load balancing information associated with at least a portion of the at least one wireless network and the at least one cloud computing network. The device of claim 19, wherein: the at least one wireless network comprises at least one cellular network; the at least one mobile device at least partially comprises at least one cellular telephone; the at least one cloud computing network is at least partially included At least one cloud radio access network; and the at least one cloud computing network includes computing nodes for providing at least part of the service according to the software-defined network service contract. The device of claim 23, wherein: the at least one service request is for at least partially requesting at least one of the services; the at least one response includes providing for at least a portion of the at least one of the services; The computing nodes are used to at least partially execute a software program to For at least some of these services.